| Acc# | Gene | Locus | DB | Organism | Product | Score | E-value | Identities | Positives | Gaps |
|---|---|---|---|---|---|---|---|---|---|---|
| P89105 | CTR9 | CTR9_YEAST | SP | Saccharomyces cerevisiae (Baker's yeast) | CTR9 protein. | 524 | e-147 | 332/1029 (32%) | 541/1029 (52%) | 40/1029 (3%) |
| O14409 | CDP1 | TrEMBL | Saccharomyces cerevisiae (Baker's yeast) | CDP1P. | 524 | e-147 | 332/1029 (32%) | 536/1029 (52%) | 40/1029 (3%) | |
| O42668 | TPR1 | TPR1_SCHPO | SP | Schizosaccharomyces pombe (Fission yeast) | Tetratricopeptide repeat protein 1. | 347 | 7e-94 | 264/994 (26%) | 456/994 (45%) | 16/994 (1%) |
| Q15015 | KIAA0155 | TrEMBL | Homo sapiens (Human) | Hypothetical protein KIAA0155. | 191 | 5e-47 | 206/860 (23%) | 363/860 (42%) | 10/860 (1%) | |
| Q62018 | SH2BP1 | TrEMBL | Mus musculus (Mouse) | Phosphoprotein. | 191 | 4e-47 | 206/860 (23%) | 363/860 (42%) | 10/860 (1%) | |
| Q8C9Y3 | SH2BP1 | TrEMBL | Mus musculus (Mouse) | TPR-containing (Fragment). | 185 | 4e-45 | 199/821 (24%) | 344/821 (41%) | 10/821 (1%) | |
| Q8T5I7 | 30E5.3 | TrEMBL | Anopheles gambiae (African malaria mosquito) | Putative TPR-containing phosphoprotein. | 182 | 2e-44 | 200/867 (23%) | 354/867 (40%) | 17/867 (1%) | |
| Q9W0H4 | CG2469 | TrEMBL | Drosophila melanogaster (Fruit fly) | CG2469 protein (LD24034p). | 176 | 1e-42 | 207/888 (23%) | 370/888 (41%) | 23/888 (2%) | |
| Q8BRD1 | TrEMBL | Mus musculus (Mouse) | TPR-containing. | 172 | 2e-41 | 187/757 (24%) | 317/757 (41%) | 10/757 (1%) | ||
| Q03560 | B0464.2 | YKD1_CAEEL | SP | Caenorhabditis elegans | Hypothetical protein B0464.2 in chromosome III. | 159 | 2e-37 | 168/783 (21%) | 320/783 (40%) | 27/783 (3%) |
| Q8VYL2 | AT2G06210 | TrEMBL | Arabidopsis thaliana (Mouse-ear cress) | Putative TPR repeat nuclear phosphoprotein. | 151 | 6e-35 | 184/779 (23%) | 313/779 (40%) | 38/779 (4%) | |
| Q8BND9 | SH2BP1 | TrEMBL | Mus musculus (Mouse) | TPR-containing (Fragment). | 132 | 2e-29 | 149/577 (25%) | 246/577 (42%) | 8/577 (1%) | |
| Q8S8H1 | AT2G06210 | TrEMBL | Arabidopsis thaliana (Mouse-ear cress) | Putative TPR repeat nuclear phosphoprotein. | 126 | 2e-27 | 192/917 (20%) | 347/917 (37%) | 70/917 (7%) | |
| Q8H9E4 | TrEMBL | Oryza sativa (japonica cultivar-group) | Putative TPR-containing nuclear phosphoprotein. | 125 | 4e-27 | 196/921 (21%) | 352/921 (38%) | 60/921 (6%) | ||
| Q9W1T9 | CG9899 | TrEMBL | Drosophila melanogaster (Fruit fly) | CG9899 protein. | 98.6 | 5e-19 | 142/662 (21%) | 256/662 (38%) | 6/662 (0%) | |
| O96549 | DG1071 | TrEMBL | Dictyostelium discoideum (Slime mold) | Developmental protein DG1071 (Fragment). | 79.7 | 2e-13 | 85/323 (26%) | 148/323 (45%) | 9/323 (2%) | |
| Q8TJS3 | MA3704 | TrEMBL | Methanosarcina acetivorans | TPR-domain containing protein. | 64.3 | 1e-08 | 143/663 (21%) | 267/663 (40%) | 33/663 (4%) | |
| Q61371 | TG737 | TG37_MOUSE | SP | Mus musculus (Mouse) | Recessive polycystic kidney disease protein Tg737 (TgN(Imorpk)737Rpw). | 61.2 | 8e-08 | 86/398 (21%) | 159/398 (39%) | 24/398 (6%) |
| Q921J5 | TGN737RPW | TrEMBL | Mus musculus (Mouse) | Similar to transgene insert site 737, insertional mutation, polycystic kidney disease. | 61.2 | 8e-08 | 86/398 (21%) | 159/398 (39%) | 24/398 (6%) | |
| Q8C9W7 | SH2BP1 | TrEMBL | Mus musculus (Mouse) | TPR-containing (Fragment). | 61.2 | 8e-08 | 59/198 (29%) | 84/198 (42%) | 5/198 (2%) | |
| Q9AHL1 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHK6 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| O51228 | BB0210 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | Surface-located membrane protein 1 (LMP1). | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHK7 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHK9 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHL2 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHK4 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 60.1 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHL0 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 59.7 | 2e-07 | 98/451 (21%) | 173/451 (38%) | 20/451 (4%) | |
| Q9AHK8 | LMP1 | TrEMBL | Borrelia burgdorferi (Lyme disease spirochete) | LMP1. | 58.9 | 4e-07 | 98/451 (21%) | 172/451 (38%) | 20/451 (4%) | |
| Q8N719 | TrEMBL | Homo sapiens (Human) | Probe hTg737 (Polycystic kidney disease, autosomal recessive, in). | 57.8 | 9e-07 | 51/212 (24%) | 89/212 (41%) | 15/212 (7%) |
Scores for sequence family classification (score includes all domains): Model Description Score E-value N -------- ----------- ----- ------- --- TPR TPR Domain 99.4 7.2e-26 11 UPF0150 Uncharacterised protein family (UPF0150) -9.2 9.7 1 FliS Flagellar protein FliS -32.0 1 1 Vicilin_N Vicilin N terminal region -78.0 7.1 1 Myosin_tail Myosin tail -613.7 0.36 1 Parsed for domains: Model Domain seq-f seq-t hmm-f hmm-t score E-value -------- ------- ----- ----- ----- ----- ----- ------- TPR 1/11 112 145 .. 1 34 [] 4.1 11 TPR 2/11 200 233 .. 1 34 [] 10.7 1.9 TPR 3/11 234 268 .. 1 34 [] 3.7 13 TPR 4/11 270 303 .. 1 34 [] 23.5 0.0051 TPR 5/11 404 437 .. 1 34 [] 17.7 0.28 TPR 6/11 438 471 .. 1 34 [] 0.0 36 TPR 7/11 526 559 .. 1 34 [] 9.7 2.5 TPR 8/11 565 599 .. 1 34 [] 13.9 0.78 UPF0150 1/1 637 699 .. 1 68 [] -9.2 9.7 TPR 9/11 738 771 .. 1 34 [] 2.8 17 TPR 10/11 805 838 .. 1 34 [] 17.6 0.29 TPR 11/11 841 874 .. 1 34 [] 5.9 7 FliS 1/1 863 989 .. 1 133 [] -32.0 1 Vicilin_N 1/1 934 1049 .. 1 183 [] -78.0 7.1 Myosin_tail 1/1 374 1110 .. 1 864 [] -613.7 0.36
CDS Sequence
ATGCAAGAAC CAACTGACAT CTCGTATTAC ATTGGGAAAG AATCTGCCGA ATCTTTAAAT TTGTTGGATG TTCCGGTTGG AGGTGGACAA ATTGTTTCCA TCGATTTGCG AAATGAATTA TCGGATGACC CATCTGAATT AATTCAGTTT TTAACTGATC AACAAACTGA GAAACAGTAC TGGATTATAG CAGCAAGTGG GTATGCAAAA TTGGGGAAAT TGAAAGAGCT GTTGGAATTC ATCAATGCAG CTTTAAAATT GGATTATTTT AATGAAAATG ATAAAAAGTC CTTTGAAAGT TTCATTATTT GGCTCTTAGT GAAAAATGTT TATTTGGGGA TTGACAAGGA TAACAACTTG AATCTTGCTA AAAAAGAAAT ATCAAAATTA AATTTTAAAA TCCAAACTGA CAGTGAAACA AGTACACTGA TTAGTACATC AAATTTACTA AGTCTGGCAA TTTTGTACTT GTACGAATCG AAAGATGATG ATGCCATAGA CATATTTGAC CGTATTTTAA GAATTGATCC AAACAACTGT TTTGCATTAT TAGGGAAAGC TCAATCAGTA TTGAATAAAA CGAAAAACTA TTCGCATGCA TTGAAATTGT ATCAGCAAGT TTTGATTTTG AATCCGTTAA TGAAGCCAGA CCCAAGATTA GGTATTGGAT TGTGTTTTTG GTTTTTAAAA GACGATAAAA TGGCAATACA GGCATGGGAA AGAAGCTTAC AATTAGACCC TACCAATGTG AAACTGAGAA TATTCTTAAA CCTAGCAAAA TTTCATACCA CATTTACTAA TTCATTGAGT GATGAAGAAT TTTTGGACAA CTATAAAAAT TGTTTGCAAG AGTTAAGCAA GCTCAAGAGT TTGAATGCTA ATGATACTAC AGTGACTTTA GCATTGTGTT CATATTTATT CTCTAAAGGT GACTACAACA CAGTGATAAA GATTGTGGAA AAAATTGTCA AGGGTATCAC AGGATCTGAC AATCTCAAAA AGTTTAGTAC ATTTTCCAGA ATCACCAAAT ATGAATCGAA TGCCTTATCT CAGTGTGCTA CATGGTTAGC AAGAATAGAG TTTGCAAGAG GGAATTTTAC ACAATCTTCA AAGTACTTTC AAGAAGCGAT AAAGTTAAAT GAAACAAATA TTGTAGCCAA ATTGGGATTG GGTCAGTCGC AATACAATCG TGGCTCAATT GAAGAGGCCA GCTTAACTTT TGAGAGTATT TTACGAAGCA ACGTCAAATG CCTTGAAGTT AACTATTCTT TAGGTGTCTT GTATTCCAAG CAAAACTCAA GAAGTAAAAA AGAGTTGGCT ATCCAGGTGT TAGAAAGGTA CATACGATTA TCAAACAACC GTGGCTTATC CTCGAATGAA GAAGAGTTTG TGTTGAACAA AGAACCAGTA GCTTTGAACG CATACTTGAT TTTAAGTCAA TTGTACGAGG CAAAGGGAGA TATGACCCAG GCATTAACAT ACTTGAACAA AGCTGTTGAA GCAAGGAGAC AAGTCGAAAA AGATGTTCCA TTGGAAGTCT ACAATAACAT CGGTGTTTTC CAGTTTACCA AACAAAACTA TGACAGTGCC CTTGAGAACT TTACGACTGC TTTAGGTAAA TTGGATGGCC GTGATTTCAA GTCACCAGAT GGTGATACGT TGGTTGATTT ACCACAGGAT TTGAGAACAT CTTTAACCTA CAATTTAGCT AGAACTAAAG AAATTTCGAA CCAAAAAGAT GCATTGGAGA CATATGAACA ATTACTTACA GAATGCCCTC ATTATTTCTC GGCTAAATTG AGAATTTTAT TTTTGAATTG TATAACTGAG GGGATAACCA AAGAGGAGAT TCGTGATGAG ATTGAACTGC TTCTAGATCT AAATGCATCT GATTTGGAAG TGAGGTCGTT TTATGGATGG TTCATCAAAA ACTTTGGTAA AAAGTTACAC ATGCCTTCAG ATGCCGATAC TAAATTACAG AAAGATACCT TAGTTGAGTT TGACCTGCAT GATTGCTACG CATTGATATC TTTAGCTAAC ATTTATTGTA TCATGGCCAG AGATACTAAG GGGGCAGACG AGAAAAAGAA GAAATATTAT CTCAGAGCCA TTGAGCTTTT CACCAAAGTG TTGTCCTTGG ACTCCAAAAA TGTTTACGCT GCACAAGGTT TGGCGATTAC TTATATTGAA AATAAGCAAT TAAACAAAGG TTTGGATATT TTGAGAAAAA TTAGAGATTC TTTAAACGAT ATTTCAGTTT ACTTAAATTT AGGTCACGTA TTGTGTGATT TAAAGCAATT TGGTAAGGCC ATAGAAAATT ATGAATTGGC TTTGACAAGA TACACTGATG GGAAAGATGC CAAGATTTTG TCGTTCTTAG GACGTGTATG GTACTTGAGA GGGAACGCTG AACTGAGTTT GCCGTACTTG AAGAAAGCCT TGGGGTATGC ACAAGCTGCA TTAGATGCAG CTAGATCTAC ATCAACTGCG GCACTTGCAT TCAACATTTC GTTTGTGCAG TTTCAGATTG CTGATTTTAT AACCAAACAG CCAGTTAATG AGAGAAATAT AGAGGATATT GAGAGTGCAA TTGAAGGTTT GAATAAAGCC ATAGATATTC TAACACAATT AGCATCGGAT GAAGAAAAAC ACCCACCTTA TCCAAGAGAA GAGTTGAGAG GTAGAGCAAA CTTGGGTACT AGTACCTTGT TGTCCAGATT AGCCAATGCG TTGGAAGAAA CTAAAGAAAA CAATGCTGAA ATAGAAGAAA AGATCCAAAA GGCTAAACAG ATCAGATTGG ATGAAGAACA AGCCAGGTTG AAGGAAGAAG AGGAAAGATT GAATAAGTTG AAGGAGAAAG AGTTGGAGAT GAGCAAACAA AGAATGCTCT TACAAGAACA AGCACAAAAA TGGGCTGAAG AAAACAGTGC TAGTGTTGGC GTCAGCGATA ATGAGGAAGA TGACGATAAA TTATTCGACG AAGAATCTGC TCAAAAAGAA AACAAGAGAA AGAAAGGAGG TAGTAGTAAG GGAAAGAAAG GCAAAGGCAG GAAAAAGAAA GGAAATATCA TTGATGATAG TGAAGAAGAG CCAGAGAAAA ATATAACTGA TGACTCTGAA GACGAAGCAA ACGGAAACTC TAACGGCAAA AGAAAAGCAG CTGATGATGC TGGTGGTAAG AAAAAGAAGA AACCACTTTC ATCAGAGTTT ATACAAGATA GTGAAGAAGA GTTGGAAGAC GATGACTTGT TTGGTGATAA TGATGATGAT GAGTAG
AA Sequence
MQEPTDISYY IGKESAESLN LLDVPVGGGQ IVSIDLRNEL SDDPSELIQF LTDQQTEKQY WIIAASGYAK LGKLKELLEF INAALKLDYF NENDKKSFES FIIWLLVKNV YLGIDKDNNL NLAKKEISKL NFKIQTDSET STLISTSNLL SLAILYLYES KDDDAIDIFD RILRIDPNNC FALLGKAQSV LNKTKNYSHA LKLYQQVLIL NPLMKPDPRL GIGLCFWFLK DDKMAIQAWE RSLQLDPTNV KLRIFLNLAK FHTTFTNSLS DEEFLDNYKN CLQELSKLKS LNANDTTVTL ALCSYLFSKG DYNTVIKIVE KIVKGITGSD NLKKFSTFSR ITKYESNALS QCATWLARIE FARGNFTQSS KYFQEAIKLN ETNIVAKLGL GQSQYNRGSI EEASLTFESI LRSNVKCLEV NYSLGVLYSK QNSRSKKELA IQVLERYIRL SNNRGLSSNE EEFVLNKEPV ALNAYLILSQ LYEAKGDMTQ ALTYLNKAVE ARRQVEKDVP LEVYNNIGVF QFTKQNYDSA LENFTTALGK LDGRDFKSPD GDTLVDLPQD LRTSLTYNLA RTKEISNQKD ALETYEQLLT ECPHYFSAKL RILFLNCITE GITKEEIRDE IELLLDLNAS DLEVRSFYGW FIKNFGKKLH MPSDADTKLQ KDTLVEFDLH DCYALISLAN IYCIMARDTK GADEKKKKYY LRAIELFTKV LSLDSKNVYA AQGLAITYIE NKQLNKGLDI LRKIRDSLND ISVYLNLGHV LCDLKQFGKA IENYELALTR YTDGKDAKIL SFLGRVWYLR GNAELSLPYL KKALGYAQAA LDAARSTSTA ALAFNISFVQ FQIADFITKQ PVNERNIEDI ESAIEGLNKA IDILTQLASD EEKHPPYPRE ELRGRANLGT STLLSRLANA LEETKENNAE IEEKIQKAKQ IRLDEEQARL KEEEERLNKL KEKELEMSKQ RMLLQEQAQK WAEENSASVG VSDNEEDDDK LFDEESAQKE NKRKKGGSSK GKKGKGRKKK GNIIDDSEEE PEKNITDDSE DEANGNSNGK RKAADDAGGK KKKKPLSSEF IQDSEEELED DDLFGDNDDD E*